public Continuation Calculate(SuperInputCalcViewModel input)
{
var continuation = new Continuation();
var model = new FertilzierNeededCalcViewModel();
var field = _repository.Find <Field>(Int64.Parse(input.Field));
var inventoryProduct = _repository.Find <InventoryProduct>(Int64.Parse(input.Product));
decimal bagSizeInPounds = _unitSizeTimesQuantyCalculator.CalculateLbsPerUnit(inventoryProduct);
double fertN = ((Fertilizer)inventoryProduct.Product).N;
double fertP = ((Fertilizer)inventoryProduct.Product).P;
double fertK = ((Fertilizer)inventoryProduct.Product).K;
double? N = input.FertilizerRate / (fertN * .01) * field.Size * .001 / Convert.ToDouble(bagSizeInPounds) * Convert.ToDouble(bagSizeInPounds) * fertN / (field.Size * .001) * .01;
double? P = input.FertilizerRate / (fertN * .01) * field.Size / 1000 * fertP * .44 * .01 / (field.Size / 1000);
double? K = input.FertilizerRate / (fertN * .01) * field.Size / 1000 * fertK * .83 * .01 / (field.Size / 1000);
double? bagsNeeded = input.FertilizerRate / (fertN * .01) * field.Size / 1000 / Convert.ToDouble(bagSizeInPounds);
model.N = Convert.ToDouble(Math.Round(Convert.ToDecimal(N), 2));
model.P = Convert.ToDouble(Math.Round(Convert.ToDecimal(P), 2));
model.K = Convert.ToDouble(Math.Round(Convert.ToDecimal(K), 2));
model.BagsNeeded = Convert.ToDouble(Math.Round(Convert.ToDecimal(bagsNeeded), 2));
model.BagSize = inventoryProduct.SizeOfUnit + " " + inventoryProduct.UnitType;
model.FieldArea = field.Size.ToString();
continuation.Target = model;
return(continuation);
}
public Continuation Calculate(SuperInputCalcViewModel input)
{
var continuation = new Continuation();
var model = new SandCalcViewModel();
double sand = (1.0 / 3.0) * 3.14 * (Math.Pow(input.Diameter / 2, 2)) * input.Height / 27.0;
model.TotalSand = Convert.ToDouble(Math.Round(Convert.ToDecimal(sand), 2));
continuation.Target = model;
return(continuation);
}
public void Setup()
{
var given = new SuperInputCalcViewModel
{
Area = 261.67,
Height = 10,
Diameter = 10
};
_SUT = new SandCalculator();
_result = _SUT.Calculate(given);
}
public ActionResult Calculate(SuperInputCalcViewModel input)
{
var calculator = input.EntityId > 0 ? _repository.Find <Calculator>(input.EntityId) : new Calculator();
var calculatorHandler = ObjectFactory.Container.GetInstance <ICalculatorHandler>(calculator.Name + "Calculator");
var continuation = calculatorHandler.Calculate(input);
if (!continuation.Success)
{
Notification notification = new Notification(continuation);
return(Json(notification, JsonRequestBehavior.AllowGet));
}
return(Json(continuation.Target, JsonRequestBehavior.AllowGet));
}
public Continuation Calculate(SuperInputCalcViewModel input)
{
var continuation = new Continuation();
var model = new OverseedBagsNeededCalcViewModel();
var field = _repository.Find <Field>(Int64.Parse(input.Field));
var inventoryProduct = _repository.Find <InventoryProduct>(Int64.Parse(input.Product));
decimal bagSizeInPounds = _unitSizeTimesQuantyCalculator.CalculateLbsPerUnit(inventoryProduct);
double? bagsNeeded = ((input.SeedRate / (input.OverSeedPercent * .01)) * (Convert.ToDouble(field.Size / 1000))) / Convert.ToDouble(bagSizeInPounds);
model.BagsNeeded = Convert.ToDouble(Math.Round(Convert.ToDecimal(bagsNeeded), 2));
model.BagSize = inventoryProduct.SizeOfUnit + " " + inventoryProduct.UnitType;
model.FieldArea = field.Size.ToString();
continuation.Target = model;
return(continuation);
}
public void Setup()
{
_field = ObjectMother.ValidField("raif").WithEntityId(1);
_field.Size = 1000;
var given = new SuperInputCalcViewModel
{
Field = _field.EntityId.ToString(),
Depth = 10,
DitchDepth = 10,
DitchlineWidth = 10,
Drainageline = 10,
PipeRadius = 10
};
_repo = MockRepository.GenerateMock <IRepository>();
_repo.Expect(x => x.Find <Field>(Int64.Parse(given.Field))).Return(_field);
_SUT = new MaterialsCalculator(_repo, null);
_result = _SUT.Calculate(given);
}
public void Setup()
{
_field = ObjectMother.ValidField("raif").WithEntityId(1);
_field.Size = 1000;
_product = ObjectMother.ValidInventoryProductFertilizer("poop").WithEntityId(2);
_product.SizeOfUnit = 100;
_product.UnitType = UnitType.Lbs.ToString();
var given = new SuperInputCalcViewModel
{
Field = _field.EntityId.ToString(),
Product = _product.EntityId.ToString(),
FertilizerRate = 100
};
_repo = MockRepository.GenerateMock <IRepository>();
_repo.Expect(x => x.Find <Field>(Int64.Parse(given.Field))).Return(_field);
_repo.Expect(x => x.Find <InventoryProduct>(Int64.Parse(given.Product))).Return(_product);
_SUT = new FertilizerNeededCalculator(_repo, new UnitSizeTimesQuantyCalculator(), null);
_result = _SUT.Calculate(given);
}
public Continuation Calculate(SuperInputCalcViewModel input)
{
var continuation = new Continuation();
var model = new MaterialsCalcViewModel();
var field = _repository.Find <Field>(Int64.Parse(input.Field));
double material = ((field.Size * (input.Depth / 12)) / 27) + (input.Drainageline * (input.DitchlineWidth / input.DitchDepth) / 27) - (3.14 * (input.PipeRadius / 12) * 2 * input.Drainageline / 27);
model.TotalMaterials = Convert.ToDouble(Math.Round(Convert.ToDecimal(material), 2));
model.FieldArea = field.Size;
continuation.Target = model;
//(
// (
// 3.14
// *(
// (tine diameter/2)/12
// )^2
// *(tine depth/12)
// )
// *holes per sq. ft
//)
//*area
return(continuation);
}
